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Webel IT Australia has deep expertise in generation of visuals and 3D animations using a range of technologies including Wolfram Mathematica, Unreal Engine 3D, and Resolume/Wire.
And 
Wolfram Mathematica in particular can be used to create realistic physics simulations and technical animations driven by actual equations (such as used for a project modelling air conditioners and heat exchangers for Daikin Australia).
Nearly anyone these days can create a "pretty" animation and some 3D (or ask a so-called "AI" to do it for them). Only those with knowledge of physics, mathematics, device engineering, and instrument design can create accurate models and realistic simulations of value to industry, engineering, and science – based on design specifications and equations.
Wolfram Mathematica can take it even further. The Wolfram Language can be used to combine symbolic algebra encapsulations of equations, advanced numerics applied to those same equations, and of course, then also the famous Mathematica visualisation and 3D modelling powers.
Mathematica is also able to read (and easily parse) data from a wide range of sources, and can import and export an impressive range of 3D model formats.
Final videos of the highest quality can be created in 4K, 5K, or even 8K using a tried and tested Mac-based video processing pipeline driven by Apple Silicon and edited in Final Cut Pro using full ProRes quality throughout.
The ScreenFlow video editing tool is particularly well suited to creation of technical presentations and tutorials, offering dedicated features for clear annotations, guiding video callouts, and mouse pointer indicator controls. For an example visit:
Of course we also offer accompanying audio editing, and use advanced audio tools such as the highly regarded FabFilter plugins, and have genuine knowledge about audio engineering (and can even create futurist algorithmic synthesiser music to accompany your technical presentations).
And indeed just "pretty" also
Dr Darren of Webel IT Australia is also a Maths Art enthusiast who enjoys creating visualisations of tessellations and tilings and animated parametric geometries using mostly Mathematica (and sometimes Unreal Engine or Resolume's Wire), both with and without FX. It's not an accident that someone who is a champion for graphical Model-Based Systems Engineering (MBSE) with Systems Modeling Language v1 (SysML®) is also a fan of patch-based visuals and animation creation!
Would you like to see something spectacular that has nothing to do with anything real at all yet is definitely also relevant to animation of technical subjects? Try this!